Prime Bio Inc

The Marine Biological Laboratory (MBL) in Woods Hole, MA, is a renowned research institution affiliated with the University of Chicago, dedicated to advancing the understanding of biological sciences. With a rich history of leadership and innovation, MBL fosters a vibrant community of scientists and researchers focused on various fields, including marine ecology, neurobiology, and microbial diversity. MBL offers a range of educational programs, including internships and summer courses, aimed at cultivating the next generation of scientists. The laboratory also honors its legacy through the recognition of Nobel laureates and the promotion of interdisciplinary research that addresses critical environmental and biological challenges. Generated from the website

Michelle Shero, PH.D., is affiliated with the Woods Hole Oceanographic Institution in Woods Hole, Massachusetts, where she conducts significant research in her field. With a focus on advancing knowledge through publications and teaching, Dr. Shero is dedicated to fostering academic growth and scientific inquiry. Her laboratory is actively engaged in innovative research, emphasizing collaboration and community involvement. Dr. Shero's commitment to excellence is demonstrated through her involvement in various media and service initiatives that support the wider scientific community. Generated from the website

Avia Biosystems Inc, located in Norton, MA, specializes in advanced protein stability analysis technology designed to accelerate biologics development. Their Isothermal Chemical Denaturation (ICD) Systems offer unique capabilities to assess protein structures, requiring minimal sample quantities while delivering comprehensive stability information efficiently. The company's innovative approach allows for the rapid evaluation of multiple protein constructs and formulations, enabling researchers to optimize conditions early in the development process. With a focus on ligand binding studies, Avia's systems provide accurate binding affinity determinations without the complexities associated with traditional methods. Generated from the website